2014 SEAT Toledo 1.6L Diesel · CU64 WLB

A pattern of recurring advisories and intermittent failures, particularly around sealing components, wiper effectiveness, and lighting, defines the recorded roadworthiness history of this 2014 SEAT Toledo. The most recent test on 2021-09-24 returned a pass, but two advisories were logged: an oil leak deemed not excessive and a nearside rear tyre noted as worn close to the legal limit on its edge. This sits at the end of a history that is not entirely stable. Failures appear in 2017 (registration plate lamps and an ineffective wiper) and twice in 2019 and 2020, where the car initially failed before being retested and passing within days on both occasions. The 2019 failure concerned a missing offside front steering rack gaiter with advisories on all four tyres being close to the legal limit, while the 2020 failure centred on a split nearside front outer CV joint boot, accompanied by defective wiper blades, an inoperative registration plate lamp, and a slightly distorted offside rear wheel. The recurring thread across these records is ingress-related deterioration, where boots, gaiters, and wipers have repeatedly failed to keep out dirt or clear the screen adequately, alongside tyre wear issues that have appeared in multiple test cycles. With 189,029 miles recorded against a twelve-year life, the vehicle has averaged roughly 15,752 miles per year, which sits well above the typical annual accumulation for a car of this age and class. This sustained higher usage is consistent with the wear pattern observed across the MOT record, particularly the tyre edge wear and CV joint boot failure, both of which are commonly accelerated by frequent driving. Testing has been annual and largely uninterrupted since 2017, with no extended gaps suggesting long periods off the road, meaning the mileage recorded is likely representative of continuous use rather than a low-activity profile with sudden increases. For a prospective buyer, this mileage bracket puts greater mechanical demand on suspension components, engine and gearbox mounts, clutch and dual-mass flywheel condition, and the general integrity of under-bonnet and under-floor consumables, all of which deserve closer scrutiny given the cumulative distance. Given the documented advisories, particular attention should be paid to the underside and engine bay on inspection. The 2021 advisory noting an oil leak, even if not excessive at the time, should be checked for progression, with a careful look for fresh oil residue around the sump, cam cover, or any sealing joints. The 2019 steering rack gaiter failure and the 2020 CV joint boot failure both relate to the ingress prevention on steering and drivetrain components, so on a test drive, listen for clicking or knocking from the nearside front wheel under full lock, and check for any play or roughness through the steering rack. Inspect the boots themselves visually for splits, perishing, or grease contamination. The repeated tyre edge wear advisories across multiple years suggest tracking or suspension geometry issues, so feel for steering pull to one side during the test drive, and check for uneven inner or outer edge wear on all four tyres. The 2020 advisory of a slightly distorted offside rear wheel is also worth examining for run-out and balancing issues, which can present as a vibration at speed. Lighting and visibility items have appeared in nearly every test cycle where defects were recorded, with the 2017 failure on both registration plate lamps, the 2020 inoperative lamp and defective wiper blades, and the 2018 cracked driver's view advisory all highlighting this area. During a pre-purchase inspection, verify that all registration plate lamps illuminate, that both front wiper blades clear the screen without smearing, and that the windscreen itself is free from any cracking that could obstruct the driver's view. The 2018 advisory noting underside covers fitted that may affect inspection of some components is also worth confirming, as obscured undertrays can hide corrosion or component condition and should be removed for a thorough evaluation. Finally, given the high recorded mileage, a compression or leak-down test, inspection of the timing chain for stretch, and a check of the clutch bite point and gearbox synchro behaviour would be prudent steps beyond what the MOT record alone can reveal.